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2. Complete the table given below by calculating the photon energy in joules and wavelength in sam nanometers for each electron transition of hydrogen indicated. Record all energies using 10-19 as the exponent as indicated. Use your results from question (1) above to determine the transition energies ansion-Cinal Eina). You UST show only one example calculation in the space to the right of the table for the n = 6 to n = 2 transition. The ninital = 2 to nfinal= 1 transition is already done for you. ninitial final Transition 6-2 6 1 am 52nobi onnes uoy 11 Snol (620 5 1 4-2 4-1 3 2 3-1 2-1 ● Photon Energy (x10-19 J) ə 16.34 3. Looking at your sketch of the emission spectrum of Hydrogen, and referring to the table completed above identify which transitions correspond to the emission lines that you observed for hydrogen. avisnA 6360 muipoq2 nepohy Transition (ninitial →nfinal) bns anu (nm) Wavelength Observed muoy wore amold ● ● Wavelength (nm) en to vaanshi artwo2 11 98 noiulo2 nwoninU ob eroidsveedo nuoy vriw nielqxs ST to alsvel 121.6 isna honibble R.L. JUL 4. On the piece of graph paper provided on the next page construct an energy level diagram TO SCALE for the allowed energies of the electron in the hydrogen atom according to results from above for the values of the energy levels. The format for the graph is illustrated below. (Note that this is NOT an x versus y graph, this is an ENERGY LEVEL DIAGRAM.) dom 10 awansuay nesplympo sa tingie to odmin oa ont of anawant yolls and not reupe a ride ohjau horld not versne pri saritols/ 16x9 29 voy tot anak viss SPACIOTTone sotto in Stow tal noits On the energy level diagram: Label the n = 1 to n = 6 and the n=∞ energy levels. Give the value of n and the corresponding energy for each level. Do not forget to include your energy units! Clearly label the energy level that corresponds to the ground state. Je d Label the transitions that correspond to the emission lines you observed for hydrogen. Draw the transitions as down arrows in your diagram and label each transition with the wavelength that you observed and recorded. USULLER Do not forget to give your diagram a title. Exer ↑ Energy n=4 n=3 n = 2 n=1